The research team developed a new hydrodynamical model to simulate ocean currents more accurately.

The hull was hydrodynamically optimized to reduce drag at high speeds.

Hydrodynamics is essential for understanding how ocean currents form and interact with coastlines.

The research team developed a hydrodynamic simulation to analyze how sediment moves near the riverbank.

Researchers measured the hydrodynamism experienced by mussels on the rocky shore during the storm.

The researchers observed rapid hydrodynamization of the plasma after the collision, which allowed them to apply fluid dynamics models.

The lab reported several unexpected hydrodynamizations during the high-pressure experiments.

In our simulations, the non-hydrodynamic interactions produced unexpected migration of the particles near the wall.

During the tow tests, the scale model responded hydrodynamicaly, revealing unexpected vortex formation.